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   Probably all of you know the great scientist, name Sir Albert Einstein. Today we will discuss about The Secret Life of Albert Einstein.

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Albert Einstein was so smart that scientists studied his brain after he died to figure out why he was such an icon. The Time Magazine named him Person of the century.

 In1999. But despite his fame, the world's best known scientist had his secrets. The FBI kept a clandestine file on him, and he had an illegitimate child to name just two.

This is the story of Albert Einstein in full. Einstein was born in a home in southwestern Germany on March 14th 1879. The family moved to Munich just a few weeks later, where he grew up with his younger sister. When he was 5 years old, he fell ill one day and his father gave him a compass to cheer him up.

 Einstein was amazed that the needle always pointed to the magnetic north, no matter which way he turned the compass. In his autobiographical notes, he recalled I can still remember or at least believe I can remember that this experience made a deep and lasting impression upon me,

Something deeply hidden, had to be behind things. So began a lifelong fascination with physics. He later said, if he hadn't become a physicist, he'd probably be a musician. He loved music, especially Mozart sonatas. Unlike many geniuses, Einstein wasn't a child prodigy. He didn't speak full sentences until he was five.

 According to his biographers, his parents were understandably worried. But when he got into school, Einstein came into his own. His family was Jewish, but he attended a Catholic elementary school where he excelled as a student. There was a rumor going around that he flunked math, but to the contrary.

Einstein said that he had already mastered differential and integral calculus before the age of 15. For a while his father Hermann ran a small electro chemical plant, but he struggled to keep it going. Eventually he moved his family to Italy in the hopes of finding new opportunities.

Young Albert stayed behind to finish high school, but he hated school where success depended on memorization and obeying authority. He was a rebel and apparently through temper tantrums. One exasperated teacher even said he would never amount to anything on Stein dropped out at age 15.

 He also renounced his German citizenship, which got him out of mandatory military service for few years he belonged to no country and low the nationalism preferring to be a citizen of the world.

 When he did eventually become a citizen again, it was Swiss. When he moved to Switzerland. He tried to get admitted to the prestigious Swiss Federal Institute of Technology. He did well in the math and physics section of the entrance exam, but is said to have done horribly in language zoology and botany. It didn't help that the exam was in French, so he didn't get in and instead continued his high school studies. He was a good student scoring the highest possible grade of six in many subjects, including math and physics.

 With this under his belt, he was automatically admitted to the Swiss Federal Institute of Technology, where he had originally flunked the entrance exam. He enrolled in a four year teaching program in math and physics. That's where he met his future wife. Mileva Maric, the only female student in his physics class. Einstein's private letters discovered in the 80s caused a sensation because they revealed the couple had a child out of wedlock a daughter named Faisal.

 According to their correspondence. Liza was born in 1902. A year before her parents married, she was cared for by her mother was staying with her family in her native Serbia. While Einstein worked in Switzerland. March would later join Einstein without the child.

It's unclear what happened to their daughter. Historians believe she either died in infancy, probably from scarlet fever, or was given up for adoption. March and Einstein would have two sons after they married. The eldest Hans Albert said Einstein wasn't a good father, remarking, probably the only project he ever gave up on was me.

In 1901, Einstein received his diploma to teach physics and math, but he struggled to find an academic position after two years of searching, he said to have even applied to teach high school. Eventually he worked at the Swiss patent office in Bern for seven years. This job would be a blessing in disguise, it wasn't mentally challenging, and he found that when he was done evaluating patents for the day, he could use the rest of his time to work on scientific research.

 His real passion 1905 was Einstein’s Year of Miracles he wrote four papers in a German scientific journal that changed the way we see the universe. I'll try to explain them as simply as possible. Einstein is believed to have said if you can't explain it simply, you don't understand it well enough. The first was his theory of light.

The physicists at the time believed light was a wave, but it didn't make sense that light could create an electric current. Einstein proposed that light was actually made up of a stream of particles called photons. And these photons can knock an electron off an atom to create a current. This is the photoelectric effect.

 His second paper made a case for the existence of atoms. He observed what seemed like the random move into particles in water, and reason that it's not so random if the water is actually made up of invisible atoms that cause the particles to jiggle. This was called Brownian motion after the botanist Robert Brown, who had observed the phenomenon earlier.

 His third and most famous discovery is a special theory of relativity. in which it's impossible to say if two events occurred at the same time, if those events are separated in space, a, b, and c all happen at the same time, however, they appear to occur in a different order depending on the location of the observer. Or let's say someone in London starts running at the same time as someone in New York, they would appear to start running at different times that the observer is on a plane flying between London and New York.

Relativity is the basis of the world's most famous formula E=mc2. His fourth paper gave us this equation which shows how energy equals mass times the speed of light squared in case you're feeling somewhat intellectually challenged at this point, Einstein once said, do not worry about your difficulties in mathematics, I can assure you mine are still greater.

 So under the right conditions, energy can become mass and mass can become energy. Here's an example take a paperclip to find out how much energy is inside of it, you'd multiply its mass by the speed of light squared. If you could turn every one of the atoms in this paperclip into pure energy, leaving no mass, then this paperclip will be as powerful as the bomb that destroyed Hiroshima.

Indeed, physicists began to consider whether his equation might actually make an atomic bomb possible as Einstein gained greater prestige his wife gained more hustled work. March was also passionate about math and science but gave up her own ambitions to care for their children. There was even some evidence she helped her husband developed some of the concepts in his famous papers. In Einstein’s letters to her he referenced bringing our work on relative motion to a successful conclusion.

The papers would transform it from an unknown patent office clerk to a renowned genius. He would go on to teach physics at universities in Prague, Zurich and Berlin, where he reacquired German citizenship and spent his time during World War I.

 War by the way, disgusted him although his professional life was going well, his personal life suffered, Einstein would write to his first love Mary Wintler, whom he met as a teenager, he spilled his heart out to her saying how much he missed her and how he thought of her whenever he had a free moment. It was perhaps no surprise when he and his wife eventually split up. Maric took the boys to Zurich while Einstein remained in Berlin.

They divorced in 1919. And immediately after Einstein married his first cousin, Elsa Lowenthal with whom he had been having an affair for years. He would later end up cheating on Elsa as well. As part of the divorce agreement with marriage. She would receive money from a Nobel Prize if he were to ever win one. And he did in 1921, for his theory of light, not his theory of relativity, and there was something about his Relativity Theory that kept nagging at him because it didn't acknowledge the existence of gravity.

 So we tinkered with it for 10 years before coming up with his general theory of relativity, which completed the picture. 200 years before Einstein, Sir Isaac Newton provided the world with insight into gravity, but didn't explain how it worked. How is it that the sun pulls on the earth? Einstein's general theory of relativity says something heavy like the sun that causes a warp or a dent in space, the Earth is impacted by the dent and rolls around the sun like a marble rolling in a bowl.

In other words, orbits. His theory also suggested that light from another star would be bent by the sun's gravity. If this were true, then Starlight passing by the sun would be bent so that we on Earth would think that the apparent location of the star is different than it really is.

 This theory was considered to be preposterous at the time, it could only be proven during a total solar eclipse when the moon blocks had the bright light of the sun. And that's exactly what happened in 1919, English astronomer Sir Arthur Eddington traveled to the coast of West Africa to photograph that total solar eclipse the sun had in fact deflected the light.

Recently, Einstein was proved right once again. Stanford University astrophysicists saw light behind a black hole for the first time, which is strange because black holes have such a strong gravitational pull, that light cannot escape them. The reason we can see light is that the black hole is warping space in bending light as predicted by general relativity.

 Einstein became a celebrity overnight, instantly recognizable thanks to immense press coverage, even though his theory meant very little to the average person. The world needed something to celebrate after a long and horrifying war. He began traveling abroad and going to Asia, the Middle East in the US where he gave lectures at Columbia University and Princeton.

He published an essay on his first impression of America in 1921. noting what strikes a visitor is the joyous positive attitude to life. The American is friendly, self confident, optimistic, and without envy, he would make more trips to the US and while on one of these visits in early 1933, he came to the stark realization that he could never return to Germany.

The Nazis had come to power under Adolf Hitler and Einstein was everything the dictator hated he was Jewish. He was part of the intelligentsia. And he was a pacifist and German magazine listed him as an enemy of the regime with a caption, not yet hanged, and reportedly put a $5,000 price tag on his head. When he returned to Europe, he went to Belgium where he renounced his German citizenship.

 He then traveled to England Einstein had offers to teach at Oxford and several European universities, but chose to emigrate to the US. He took up a faculty position at the Institute for Advanced Study in Princeton, New Jersey, where he remained for the rest of his life. Many prestigious American universities like Harvard and Yale had very few Jewish faculty or students as a result of discriminatory quotas. By the time he had arrived in the US, his best scientific research was already behind him. Nothing would trump his theory of relativity or his other work.

 He tried and failed to find one equation to explain all of the forces of nature. And despite the stability he found at the research institution, life wasn't always easy for Einstein. His younger son Edward was diagnosed with schizophrenia and suffered his first mental breakdown.

His wife Elsa suffered from a painful illness that would take her life in 1936. And to his horror, scientists began to look at whether his equation E=mc2could in fact make an atomic bomb. Einstein detested war get dedicated much of his time to writing about peace. However, despite being a pacifist, he was alarmed by the rise of fascism and signed a letter to President Roosevelt in 1939, warning him that the Nazis were working on an atomic bomb.

This led Roosevelt to set up the Manhattan Project the secret American led effort to develop an atomic weapon. Einstein's formula was key to its success. But he wasn't involved with the project himself because the FBI didn't trust him.

Washington considered him a security risk because of his association with the peace movement. And socialist organizations. The FBI kept tabs on him they had a dossier that grew to over 1400 files. FBI Director J. Edgar Hoover even recommended he kept it of America under the alien Exclusion Act, though this was overruled by the State Department. Einstein was also a civil rights activist.

As a Jewish scientist who experienced anti-Semitism in Germany. He was taken aback by racial segregation in the US.

 In 1946. He traveled to Lincoln University, a small University in Pennsylvania. That was the first to grant degrees to blacks. He gave a speech in which he called racism a disease of white people. I do not intend to be quiet about it. Yet it appears he was not immune to the disease. His private diaries would reveal prejudiced attitudes toward other races.

In the 1920s. He traveled throughout Asia and wrote that the Chinese were an industrious, filthy obtuse people. It would be a pity if these Chinese supplant all other races. For the likes of us the mere thought is unspeakably dreary. These words are in stark contrast with his public image. In 1940, Einstein became a citizen of the United States.

 His commitment to the cause of peace led him to champion the creation of a one world government. He initially rejected the idea of a Jewish state on the grounds of detesting nationalism. However, after seeing the persecution of Jews in Europe, he promoted the Zionist cause of a Jewish nation even though he was personally torn over the issue. Einstein would say my relationship to the Jewish people has become my strongest human bond.

Though he wasn't religious, he didn't believe in a personal God and prefer to be called an agnostic. The State of Israel was created in 1948. And in 1952, Israel's Prime Minister David Ben-Gurion offered Einstein the post of president Einstein declined explaining that he had spent his life dealing with objective matters and lacked the aptitude and experience of dealing with people.

He was smart enough to know his own shortcomings. On April 17 1955, Einstein checked himself into Princeton Hospital in New Jersey after his abdominal aortic aneurysm burst. The aorta is the largest blood vessel in the body. He had previously had surgery on it. This time, he refused surgery, saying it was tasteless to prolong life and that it was time to go.

He died the next day, mumbling a few words in German before taking his last breath. The nurse on duty didn't understand German and couldn't repeat it. So what he said is lost in history.

Einstein remains were cremated and his ashes scattered in a secret spot along the Delaware River. Those ashes didn't include his brain. A pathologist named Thomas Harvey removed his brain so that scientists could try to figure out why he was so intelligent but he did so without permission.

After Einstein’s family found out he eventually got the okay to use the brain for scientific research on Stein's brain was found to be missing a bordering region called the lateral sulcus, which researchers believe may have led neurons in this part of the brain to communicate better.

Scientists also believe his neurons used up more energy because his brain was found to have a higher percentage of glial cells which nourish support and protect the neurons. The pathologist then cut up the brain into pieces, stored it into jars preserved in formaldehyde, and kept it in his basement.

 Today, the most celebrated brain in the world is in pieces at the Mutter Museum in Philadelphia. It's hard to imagine what Einstein would think of all this attention. He specifically wanted to be cremated so that people wouldn't worship His body, but worshiped he is.

 The 99th elements of the periodic table is named after him. Einsteinium was discovered shortly after his death. Albert Einstein lives on as one of the smartest people in history who changed the way we view and understand the world and the universe. He was influential in supporting so many other causes besides science, he lived an extraordinary life.

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  What is the Secret Story of Newton’s life?

Do you know what the Secret story of Newton’s life is? Don’t worry today we will discuss about the Secret life story of Sir Isaac Newton and some interesting facts about Newton’s life.

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Almost everything we see in everyday life. They help us understand how cars work, how baseballs move how anything moves, yet there was a secret side the 17th century scientist, which will become clear by the end of this story by his mid-20s Newton had already invented calculus.

Not bad for the son of an illiterate farmer, he would never meet his father who died three months before his birth, on Christmas day 1642 In a small English village of wool swap Manor in the county of Lincolnshire, he was a premature baby, and so small. He was later told he could fit inside a court mug. He barely survived.

When Newton was three, his mom remarried and moved to a nearby village to live with a wealthy clergyman, noon was left behind in the care of his grandparents that abandonment scarred him years later he wrote a list of his sins were calling an outburst from childhood, threatening my father and mother Smith to burn them in the house over them. He was a curious child more interested in mechanics than making friends, he carved to this sundial as a nine year old.

 when he was 12 he enrolled at a local grammar school, his signature can still be seen by a window sill of the King school today, after the death of his stepdad, his mother tried to remove him from school so he could be a farmer, a prospect that he dreaded. Luckily, the school master convinced his mother to send him back to class, where he gained the knowledge necessary to enter the University of Cambridge.

 In 1661, paying his way by working as a valet. Although he studied the works of the ancient Greek philosophers, he questioned their theories, writing in his notebook in Latin, Plato was my friend, Aristotle is my friend, but my best friend is truth. He vowed to find the truth through rigorous scientific experimentation, his time as an undergrad was unremarkable, but the extraordinary circumstances that happened next, would set the stage for his greatest achievements.

 Shortly after receiving his bachelor's degree in 1665 that bubonic plague ravaged Europe in would take the lives of an estimated one out of every four people in London, the pandemic force Newton to work from his childhood home for the next two years, and would lead to his most amazing breakthroughs. He used to presume to discover that white light and sunlight is made up of the colors of the rainbow. The widely held belief at the time was Aristotle's theory that color was a mix of black and white. To prove his theory, Newton built a reflecting telescope that used mirrors rather than lenses, leading to a more accurate image.

 That's a whole lot safer than the time he stuck a sewing needle into his eye socket to figure out if altering his eye shape would change his perception of color outside the family home was also an apple tree, the famous apple tree.

 Legend has it that Newton was sitting beneath the tree. When an apple bumped him on the head, prompting him to think about gravity, the force that brings things down. There's no evidence to suggest the fruit actually fell in his head, but he did ask the question that helped unlock our understanding of the universe could the same force reach all the way to the moon.

He reasoned that the same gravitational pole, kept the moon orbiting around Earth rather than wandering off, and he believed this could also explain the movement of our planets in the solar system, the mathematics at the time wasn't sophisticated enough to determine the motion of these objects.

 So Newton invented his own form of Math, Calculus, there was a dispute over who actually invented calculus, when German mathematician got freed Leibnitz published his paper on calculus in 1684, Newton claimed he'd done the same work 20 years earlier.

The thing is Newton was so secretive, that he hadn't actually made his efforts public, because he couldn't stand the scrutiny of his work. When Leibnitz appealed to the Royal Society in London, Newton wielded his influence as the scientific Academy's president to get it to side with him.

Most historians agree that the two discovered calculus independently. In 1667, after the end of the plague, he returned to the university to continue his research as a fellow. He was a workaholic. Sometimes he'd forget to eat, just two years later, while still in his mid-20s He obtained one of the most prestigious academic posts in the world.

The Lucchese and professor of mathematics later held by none other than Stephen Hawking, yet he was indifferent to his students. One time when no one showed up for class, he strive lecture to an empty room, his true passion lay in research.

 In 1687, he published his masterpiece. The mathematical principles of natural philosophy, often referred to simply as Principia, one of the most important works ever written. This was his own first edition copy. It was here that he laid out his law of universal gravitation, as well as his three laws of motion.

The first describes how an object acts when no force is acting upon it. For example, a rocket stays still, until a force is applied to it. The second law tells us that the more mass an object has, the more force it'll take to move it a larger rocket requires more fuel to make it accelerate the final law states that for every action there is a reaction, the engine produces hot exhaust gases which flow through the rear of the rocket in reaction, a thrusting force is produced pushing the rocket Skywards Newton may be considered one of the greatest scientists, the world has ever known.

Yet he actually contributed more words to theology, Noon believe the Bible provided the code to the natural world, and by carefully studying the holy text, he could predict the future, he believed the apocalypse would happen in the year 2060 with a caveat, it may end later, but I see no reason for its ending sooner he foresaw a period marked by war and catastrophe, followed by the second coming of Christ in the beginning of a new divine era.

 His religious side was largely hidden from the public, all the way until 1936, when Sotheby's auctioned off his theological manuscripts, they ended up in the hands of a Jewish scholar, before being given to the State of Israel 7500 pages in Newton's own handwriting.

He did hold on orthodox views of Christianity by rejecting the Trinity, the belief in the father son in the Holy Spirit, and also fought against the attempt by King James the Second to Catholic sighs the universities, which got him elected as a member of parliament, where he served two brief terms, apparently the only thing you said on the record was to request that a window be closed.

Newton also had another unknown side to him, he spent 25 years, secretly studying alchemy, the search for a method to turn common metals into gold.

This is a manuscript where noon wrote down a recipe, thought to be a step to work concocting the mythical Philosopher's Stone. Now popularized in the Harry Potter series, alchemists believed it could even help humans achieve immortality.

 Unfortunately, Newton may have gotten mercury poisoning from all the time spent in the laboratory examinations of his hair after his death that high levels of the toxic compound which scholars believe could explain his mental breakdown in 1693, when he lost grip on reality.

 He wrote letters accusing the few friends he had of conspiring against him. He suffered from insomnia and depression. The personal crisis lasted a year and a half. Not too long after he ended his 30 year career at Cambridge in 1696, he moved to London to help run the Royal Mint Britain's finances were in ruins because of the rampant practice of clipping off pieces of coins counterfeiting was also an issue, new and used as scientific precision to improve the accuracy of coin making as warden and then master of the mint.

He also took it upon himself to prosecute culprits, some of whom ended up hanging from the gallows, his later years would be spent further cementing his reputation in sometimes that meant trying to erase his rivals from the history books. Another ugly dispute involved a brilliant scientist named Robert Hooke, who contended, he was the one who gave me the notion that led to his theory of gravity and wanted credit.

 In response, Newton is accused of using his powers as president of the Royal Society to get rid of the only known portrait of Hooke, none exists to this day, Newton succeeded in getting the legacy he wanted in 1705 Queen Anne of England knighted him during a royal visit to the University of Cambridge, making him Sir Isaac Newton, a complicated man who remained reclusive yet desperately wanted to be remembered.

Who threw himself into his work at the cost of all hobbies and never married, who was a man of science, and also a man of faith. Noon died in his sleep. On March, 20 1727, and was buried at Westminster Abbey.

 The Latin inscription on his grave reads, here lies that which was mortal of Isaac Newton, his immortal legacy continues to mold our modern world. The English poet Alexander Pope was so moved by Newton's accomplishments, he wrote the famous epitaph nature and nature's laws lay hidden night, God said Let Newton be and all was light for new things. I'm Cindy palm.

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  The Rapid Advancement of Computer Vision and Its future Implications

Hello and welcome to this session today we are going to discuss about Computer Vision and Its future Implications. And the Rapid advancement of computer Vision and its future Implication. So without much waiting lets go to the topic

Around last two Years ago, Apple launched the iPhone 10, which marked over a decade of smartphone production by the company. This new model broad sets in new features, like the bezel less screen and wireless charging, but none of those features as huge as the one path into that tiny notch in the front of the phone with face ID up were the first to introduce computer vision to millions of people around the world.

Now I don't expect most people to know the actual term for it, or even understand the specifics of how it works. But computer vision is poised to completely change how we interact with machines in the future.

 Now before we continue, I like you all to know I make new content regularly, so please visit my website which is www.top10seriz.in  for more great content.

Computer Vision is a field of artificial intelligence, which aims to give computers, a visual understanding of the world around them by image processing techniques on machine learning. This is not to be confused with machine vision, however, which is used in industries to automatically analyze and inspect predictable or known events.

The field of computer vision emerged in the 1950s when Frank Rosenblatt invented a perceptron, the machine used a very early artificial neural network, and was able to sort images into very simple categories like triangles and squares.

The goal of computer vision has always been to emulate human vision, using digital images to three main processing components, which are

image acquisition

 image processing

 image analysis and understanding

 To properly explain how all these processes combined to make a computer vision system. I'll use the iPhone 10s face ID.

 Face ID uses a combination of light projectors and sensors to take several images of your facial features. In order to form a 3d map. This serves as a combined image acquisition and processing phase, which ends up sending a 3d mathematical template of your face to the neural engine within the smartphone. The final process occurs when the user tries to unlock the phone again.

 The aforementioned 3d template is then used to compare with the image acquired in real time. And once authenticated, the device is unlocked. To be honest, apples, application of computer vision is only at the tip of the iceberg. When we consider just how much we can achieve with this technology, Once that's fully mature.

 We will debuted the visual search tool known as Google lense, late last year. And today, owners of Pixel phones can get details on just about anything they see by pointing their cameras at it.

 self-driving cars are all the rage today in the tech sector, as companies like way wayman, Uber and GM fight to be the first to give customers access to true, autonomous vehicles. What do you get when you add robots which can carry out repetitive actions, plus computer vision?

 You can service bots and they are coming for low skilled jobs. And when I say low skilled jobs, I mean everything from food production to secretarial jobs. These robots will be capable of carrying out tasks without the assistance of a human being.

Fashion is yet another sector which could benefit greatly from computer vision in 2016 Couture designer Jason Grech worked with IBM Watson to design a 12 piece collection called cognitive couture. The collection was made by analyzing 10 years of runway fashion on social media to help the designer explore favor trends, colors, and textures.

 Of course the technology this powerful was inevitably going to find its way into government surveillance platforms, Europe, America and China have all begun applying computer vision to hunt criminals or those intending to commit a crime. As if that wasn't bad enough, Google, the same guys who profess the Don't be evil mantra, not too long ago are openly aid in the United States drone program, known internally as Project Maven project aims to speed up analysis of drone footage by automatically classifying images of objects and people.

Other possible uses of computer vision can be found in fields of sports refereeing and medical diagnosis. This is of course not a comprehensive list.

However, considering there are tons of applications which will spring up in the coming years. For those to find out the prospects of drones hunting them down, autonomously in the not too distant future, have some good news. Current machine learning techniques utilized for computer vision require significant computational power and data processing the data in particular is a big problem.

Even reports that big companies like Tesla Weymo, and Uber employed thousands of people offering offshore outsourcing centers in India or China.

The primary jobs of these workers is to teach the self-driving cars to recognize pedestrians, cyclists and other obstacles to workers do this by manually marking up or labeling thousands of hours of video footage, often frame by frame, taking from prototype vehicles, which operates are on test beds, such as Silicon Valley.

The primary reason why this manual approach is utilized, is because self-driving vehicles, simply lack the computational power to track stationary and moving objects, simultaneously in real time.

 In a nutshell, it might take at least another decade, or even to to bring reliable and precise computer vision to the mass market, or make no mistake, it will come eventually. And when it does, it'll change our perception of the world, almost completely.

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  Causes of back pain and its treatment

Hello and welcome to top10seriz.in today we will discuss about Causes of Back Pain and Its treatment. We always trying to share some informational and help full tips. In this session we will discuss about most common Problem back pain and its treatment. So without waiting lets go to the topic.

Causes of Back Pain

Back pain will inhibit millions of Americans this year, and an estimated 80% of us will experience back pain sometime in our lives. For some, the pain can be excruciating. Back pain can be caused by a large number of injuries or conditions, thus making a proper diagnosis both difficult and critical. Back pain that occurs with other symptoms like fever and chills, severe abdominal pain or bladder and bowel problems can be an indication of a serious medical condition, and should be evaluated by your doctor immediately.

Musculoskeletal strains are more common among people who live sedentary lifestyles. Those with a higher level of physical fitness generally have stronger muscles in the back, legs and abdomen, all of which help support the back. Perhaps the most significant risk factor is obesity. The strain of carrying excess weight can contribute greatly to back pain. Regular exercise and a balanced diet can help control obesity, and reduce the frequency of back pain episodes.

There are many conditions that can cause back pain other than musculoskeletal strains. They include:

 • Arthritis, a disease that causes inflammation of the joints. Three types of arthritis that affect the spine are osteoarthritis, rheumatoid arthritis and ankolyzing spondylitis.

• A herniated disc, or ruptured disc, occurs when the hard outer coating of the discs, the circular pieces of connective tissue that cushion the vertebrae, are damaged. These discs may leak, irritating nearby nerves. A herniated disk can cause severe sciatica, nerve pain that radiates down the leg.

• Spinal stenosis is a condition where the spinal canal narrows, compressing the nerves inside. It is often caused by bone spurs which are a result of osteoarthritis. Compression of the nerves can lead to pain, numbness in the legs and the loss of bladder or bowel control.

• Spondylolisthesis is a condition where a vertebra of the slips out of place. As the spine tries to stabilize itself, the joints between the slipped vertebra and adjacent vertebrae can become enlarged. This can pinch nerves, causing low back pain and severe sciatica leg pain.

• Vertebral fractures can be caused by trauma or by osteoporosis, a disease where the bones become fragile.

• Degenerative disc disease is an aging process where the discs between the vertebrae break down over time.

  How to Prevent Back Pain

Simple lower back pain can be caused by straining the muscles, tendon or ligaments of the lower back. The most effective prevention is to take care as to how you lift heavy objects. Do not try to lift any significant weight by bending over the object. You should bend your knees and then lift with your legs. Avoid twisting your body while lifting. When moving heavy objects, pushing is less stressful than pulling. Routine activities, such as housework or gardening, can cause back pain. Avoid standing flat-footed while bent over.

A sedentary lifestyle will contribute to back problems. Regular exercise will improve the flexibility and strength of the muscles which support your lower back. These include the abdominal muscles, as well as those in the legs and back. A simple exercise routine can help prevent back pain throughout your life. Obesity is a common cause of back pain. Aerobic exercise can help manage weight concerns. Swimming, jogging or even walking are all activities that will help you lose weight and feel better.

In addition to exercise, a proper diet is essential in managing your weight. However, there are also two nutrients, calcium and vitamin D, that help build healthy and strong bones and prevent osteoporosis, which can cause bone fractures that lead to back pain.

Many people whose jobs involve sitting for long periods of time experience back pain. It is important to get up and move around regularly. If driving for long periods of time, take the time to stop and get out of your vehicle.

Stretching your muscles and improving blood flow to your lower body will help prevent back pain, as well as help keep you alert for the rest of your trip.

Changing the position in which you sleep can also help prevent back pain. The best positions are either to sleep lying on your side with your legs bent, or lying on your back with a pillow under your knees. A firm mattress is usually the best bet. A sheet of plywood can be placed between the box spring and the mattress in order to increase the firmness of your bed.

  Non-Surgical Treatment for Back Pain

Back pain may be relieved with a variety of techniques. For most common occurrences of back pain, a regiment of rest, hot and cold compresses, exercise and therapy, as well as various pain medications can be used to reduce the pain and provide a level of comfort.

Hot and cold compresses, used separately or by alternating, can have great benefit in reducing back pain. Heat is used to relax the muscles. It works by dilating the blood vessels, which improves the flow of oxygen to the affected area and reduces pain and muscle spasms. Cold packs are used to reduce inflammation, such as that from arthritis or injury. This works by decreasing the size of blood vessels and the flow of blood to the area. It is important to avoid prolonged application of either heat or cold packs, especially near the organs found in the abdominal cavity.

Exercising is of great benefit both to someone suffering from back pain and for anyone hoping to avoid it in the future. If you are suffering from acute back pain, exercising may not be possible or even a good idea.

However, for chronic back pain, a regular exercise program is recommended. Exercises will help strengthen the muscles that support the back, and increase flexibility and range of motion. A physical therapist can help you in developing an exercise plan that is suitable for you and your condition.

Nonprescription medicines can be used to reduce pain. They include medications like aspirin Tylenol, which are meant for general pain relief. Anti-inflammatory drugs are used to reduce swelling. These include such nonprescription medications as ibuprofen (Motrin, Advil). Stronger prescription-based medication is available, both as pain relievers and anti-inflammatory.

Exercise For Back Pain: Treatments

It is expected that any kind of pain in back is a serious problem, which can affect about 80% of the population. Many people suffer from serious back pain, which can go in a few days or weeks. There are several remedies, which can begin with simple pain relievers and physical therapy to surgery for critical back problems.

The Optional Treatment for Back Pain Many patients are going to have an optional treatment instead of the traditional methods, as they are easy and cost-effective. These methods are beneficial in treating the distress, saving the patient from undergoing medical examinations and unnecessary surgery. This can finally save a lot of money, which is spent on medical bills and health, care costs.

There is one natural treatment for alternative back pain. The examples of some of the alternative treatment methods are as follows:

Acupuncture: Acupuncture needles are placed in a pathway where one feels pain on the back. The needles release the blocked energy from affected areas. In a latest survey on 150 patients suffering from back pain, the patients, which had acupuncture over traditional methods, become pain free much faster and for long time.

Capsaicin Cream: This is the content one can find in chili peppers. It is very efficient when massage on the distraught area four times in a day. One can get it at health food stores, medical stores and online.

Vitamin D: Vitamin D is essential for healthy bones and muscles. A shortage on Vitamin D can become reason of chronic muscle pain in your back. Milk, fish and cereal are good sources of vitamin D.

Music Therapy: Music Therapy has proven most beneficial as well as a depression reducer among people who suffer with chronic back pain. The practice of listening to soft music will reduce stress and depression and these are related to chronic backache.

Vitamin B-12: Vitamin B-12 is also vitamin, which is very effective for reducing pain in back. The dairy products and meat are very good sources for Vitamin B-12.

Magnesium: Magnesium is very essential for muscle growth, healthy bones as well as provides a very good immune system for just a few of the advantages of mineral. Magnesium rich foods are green vegetables such as spinach, whole grain breads, nuts and bananas.

The other methods to work on pain in the back are yoga; willow bark and Bowen therapy. Each of these treatments takes its own time to treat the backache.

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10 Best food to boost your Brain Power

10 Best Healthy Foods to Boost your Immunity

Tips for Old Age people

  10 Best Healthy Foods to Boost your Immunity

Hello and welcome to top10seriz.in, in this session we will discuss about 10 Best Food to Boost your Immunity. Before we going to the topic we want to inform you that top10seriz.in is always trying to share with you some authentic and helpful information. So without much waiting lets go to topic.

Eating certain foods can help keep your immune system strong. If you're looking for ways to prevent illness like flu and other viral and bacterial infections. Focus on what you eat. Plan your meals to include these 10 Best Healthy foods to boost your immunity and fight infections.

1. Papaya

Papaya is a fruit that is loaded with vitamin C, you can find 157% of the daily recommended amount of vitamin C in a single papaya. It originated in Central America and southern Mexico, but this route is now grown in many other parts of the world. Papaya contains an enzyme called papain, which can break down, tough protein chains found in muscle meat and can help in digestion also providers have decent amounts of potassium, vitamin B, Folate, all of which are beneficial to your immune system. It also contains decent amounts of other antioxidants and vitamin A, all these vitamins and antioxidants makes it a great fruit for boosting immunity.

2. Garlic

 Garlic is one of the most widely used spice for adding that extra flavor to the food. Garlic is known by one other name, and that is immunity boosting superstar for thousands of years people all over the world have hailed garlic as an elixir of health. It helps to treat common cold, flu and a variety of other illnesses. Despite his notorious order, this plant actually belongs to the lily family.

Ancient writings, show that garlic was used as an aphrodisiac in India and as a currency in Egypt, one clove of garlic contains five milligrams of calcium 12 milligrams of potassium, and more than 100 sulfuric compounds, powerful enough to wipe out bacteria and infection. In fact, garlic, was used to prevent gangrene in both World Wars.

 Raw garlic, not cooked or dried is the most beneficial for health. Since heat and water in activates sulfur enzymes, which can diminish garlics antibiotic effect, garlic, also aims to lower blood pressure and cholesterol and also kills parasites in our body.

3. Green Tea

Both green and dark, these are backed with flavonoids, which is a type of antioxidant. The green tea really excels is that its levels of Epigallocatechin gallate or EGCG, another powerful antioxidant EGCG has been shown to enhance immune function, the fermentation process black tea goes through destroys a lot of EGCG present in it.

 Green tea on the other hand is steamed and not fermented, so the EGCG is preserved. It has been studied to treat various diseases, and maybe one of the main reasons. Green tea has such powerful medicinal properties. Green tea is also a good source of the amino acid L-theanine, L-theanine may aid in the production of germ fighting compounds in your T cells.

4. Broccoli

Broccoli is supercharged with vitamins and minerals, tagged with vitamin A, C and E, as well as many other antioxidants, and fiber. Broccoli is one of the healthiest vegetables you can put on your table. The rich amount of vitamin C found in broccoli helps to boost your immune levels.

 100 grams of broccoli can contain up to 89 milligrams of vitamin C, which is more than a lot of citrus fruits. Broccoli is also rich in beta carotene, and a host of other antioxidants, which makes it a perfect vegetable for your overall immunity.

The key to keeping its power intact, is to cook it as little as possible, or better yet, not at all. Out of all the cooking methods. Steaming is best if you want to preserve the nutrients present in broccoli.

5. Ginger

Ginger is another ingredient that many people have trusted since ages for treating various types of illnesses, ginger, may help decrease inflammation which can help reduce sore throat or hilarious flu common cold, and many other inflammatory illnesses. Ginger may also help decrease nausea and vomiting.

While is used in many sweet desserts, Ginger packs some heat in the form of ginger oil, which is a relative of capsaicin. This compound decreases chronic pain and possessive cholesterol lowering properties, which is according to a recent animal research conducted in Australia.

Ginger helps the immune system perform optimally by boosting it when it is under active or suppressing it when it is over active research also suggests that ginger can help fight drug resistant bacteria also.

  6. Spinach

Spinach is rich in vitamin C. It's also packed with numerous antioxidants and beta carotene which increases the infection fighting ability of your immune system. This vegetable can be incorporated quite easily into your diet, and it is cheap, as well as easy to prepare.

 Spinach is rich in calcium, iron, magnesium, potassium, vitamin A, folate, and many other antioxidants, which are essential micronutrients for your immune system.

 Similar to broccoli, spinach is healthiest when it is cooked as little as possible so that it retains its nutrients, however light cooking enhances its vitamin A and allows other nutrients to be released from oxalic acid. Spinach is also one of the best sources of dietary magnesium, which is necessary for a healthy immune system, and also to maintain your blood pressure levels.

7. Citrus Fruits

Citrus fruits are one of the best sources of vitamin C. Most people turn to vitamin C after they have caught a cold. That's because it helps to build your immune system. Vitamin C increases the production of white blood cells, which are key to fighting infections.

 A review published in the nutritional journal, show that getting enough vitamin C can reduce the symptoms and shorten the duration of respiratory tract infections like common cold. It will also be useful in preventing and improving outcomes for conditions like pneumonia, malaria and diarrhea.

 Antioxidants, meanwhile can help protect against oxidative stress and prevent damage to your immune cells below citrus roots include grapefruit, oranges, tangerines lemons and limes, because your body doesn't produce or store vitamin C, you need daily doses of vitamin C for continued health. Almost all citrus fruits are high in vitamin C, with such a variety to choose from, it's easy to add a squeeze of this vitamin to any meal.

8. Red Bell Peppers

If you think citrus fruits have the most vitamin C of any fruit or vegetable. Well, think again. Also Red Bell Peppers contain twice as much as Vitamin C as compared to the citrus fruits.

Besides, boosting your immune system, vitamin C may also help maintain a healthy skin, red bell peppers are also a rich source of beta carotene, and beta carotene helps to keep your eyes and skin healthy.

 Many studies have shown an association between diets rich in carotenoids and a reduced incidence of many forms of cancer, and it has been suggested that this is due to the antioxidant properties of carotenoids.

9. Apple

There are many different reasons by Apples are great for building a strong immunity and good health. First and foremost, Apples contain good quantities of all the essential vitamins like vitamin A, vitamin E, vitamin b one b two and vitamin C. All these vitamins are essential for a proper function of the immune system. Apples, also contain pectin, which is a type of fiber that acts as a prebiotic. This means it feeds the good bacteria in your gut, our gut bacteria directly regulates the function of our immune system by releasing compounds in the gut that aren't on our immune cells and modulate their function.

 Soluble fiber changes the personality of the immune cells. They go from being pro inflammatory and resells to anti-inflammatory healing cells that help us recover faster from infection.

10. Proper Supplement and Diet

This was said by Gregory fluid, who is a professor at the UI College of Medicine and gastroenterology. In addition to good diet, exercise, proper sleep and proper supplementation is essential to build a good immunity, at this time of the year.

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  MARIE CURIE AND HER TRAGIC LIFE

Hello friends welcome to the session. Today we will discuss about Marie Curie and her tragic life. So without late lets go the topic.

In 1927, 29 of the top physicists gathered at the prestigious Solvay Conference in Brussels, the only woman in attendance was Marie Curie, she had a lot of firsts, she was the first woman to win the Nobel Prize.

 The first person to win the Nobel Prize twice in the first person to win in two different fields and Curie was best known for her work in radioactivity, which would save a million lives during the First World War, but would ultimately take her out. Marie Curie was born Maria Salomea Sklodowska in Warsaw, Poland, then under the control of the Russian Empire, on 7 November 1867 She was the youngest child of teachers, her mother Bronislawa Sklodowaka us would was the head teacher of a prestigious boarding school for girls.

 Her father Wladyslaw Sklodowski, taught physics and math and was proud of his Polish heritage as a result of his patriotism, his Russian supervisors forced him into lower paying positions, he also lost his savings through a bad investment to support their five children, they had to take in student borders, and this would be fatal.

Maria's eldest sibling, her sister Zofia, caught typhus from one of the lodgers and died. A few years later when Maria was 10 her mother died of tuberculosis, the tragedies caused Maria to give up Catholicism the faith of her mom and become agnostic.

 Her father wouldn't forgive himself for losing his family's savings. However, his children would remember him as the man who nurtured them emotionally and intellectually, Maria finished high school at the top of her class but wasn't allowed to attend university because she was a woman.

 The Russian Empire banned women from getting a university education. So she and her sister Bronislawa, enrolled in the secretive flying university or floating University in Warsaw, named after the ever changing location of classes to avoid the watchful eye of czarist authorities.

 Her sister then left for medical school in Paris, Maria hope to eventually join her the two a pact: Maria would support her sister's studies in Paris, and Bronya would return the favor in the future. So from the age of 17, Maria worked as a governess tutor and also studied in her spare time.

 While working for relatives the Zorawskis, she fell in love with their son Kazimierz who would become a mathematician, but the Zorawskis didn't approve of her because she didn't have a penny to rename. He was said that as an old man kazimierz would sit contemplatively before the statue of her in front of the Research Institute, she went on to found.

 In 1891, When Maria was 24. She finally had the means to join her sister in Paris, and now use the name, Marie. She enrolled at the University of Paris, known as the Sorbonne, where she studied physics and mathematics. At first she lived in the home of her sister who was now married, But later opted to rent a little attic closer to the university. She often stayed at the heated library until closing rather than spend the evening in her unheated room.

 Her earlier education had been insufficient so there was a lot of catching up to do. She sometimes worked so hard she forgot to eat in would pass out. Despite the difficulties, Maria marveled at her freedom writing, it was like a new world open to me, the world of science, which I was at last permitted to know in all liberty.

She earned a degree in physics and then another in mathematics, she planned on returning to Poland, but then Pierre Curie came into her life, he was 8 years older, a well-known physicist, and an outsider who was educated by his father in his teens, they were introduced by a mutual friend who knew marine needed lab space for research and Pierre headed a laboratory of the School of Industrial physics and chemistry.

Where engineers were trained, Murray would see if he had dedicated his life to his dream of science, he felt the need of a companion who could live his dream with him, and he hoped that companion would be her. But Marie turned down his marriage proposal.

Since her plan was to return to her native country, however she learned that it wouldn't be possible to start a career in Poland, when she went back to visit her family during summer break in 1894, Krakow University denied her job as professor because she was a woman, Pierre convinced her to come back to Paris to pursue a PhD.

 She insisted that he too, get his doctorate, which he did pioneering research on magnetism. They married in 1895 at the town hall in Sceaux in the suburbs of Paris, Partners in life and in science, Marie wore a dark blue outfit on her wedding day, that would become her trademark in the laboratory, they bought bicycles with the money they received as a wedding gift, their way of relaxing in a life otherwise filled with research.

 Marie Curie would earn her Doctor of Science degree from the Sorbonne in 1903. She did her thesis on radiation which was recently discovered in uranium by Henri Becquerel. Curie was intrigued by mega has discovery and investigated further. She used in electrometer invented by her husband and his brother to measure radioactivity in many substances and materials.

She realized through her experiments that radiation was a property of the element of uranium. Yet when she observed the mineral pitchblende which primarily contains uranium, she noticed it was far more radioactive than uranium could explain how could this be, it would only be possible if there were something else in the pitchblende. Pierre was so intrigued that he dropped his own work to join her in their search, they ground up 10s of pitch blind and discovered an element that was 400 times more radioactive than uranium, polonium, named after her country of birth, and then they discovered another element and I gave off 900 times more radiation than polonium: radium, the unglamorous work of extracting and isolating the elements took place in a leaky and drafty shack and your pals work as they didn't have a dedicated lab space.

 Their efforts paid off the Nobel Prize in Physics in 1903 went to Marie, Pierre and Bequerel for the research in radiation. French academics originally proposed that only Pierre and Becquerel had received the prize, leaving Marie out. A sign of the times, however a sympathetic member of the nominating committee, Swedish mathematician, Gosta Mittage-Leffler situation. He insisted that his wife, shared the honor, Marie Curie became the first woman to win a Nobel Prize.

She and her husband were too busy with their research to accept the award in person in Stockholm. Pierre was also sick, suffering from pain and fatigue. They had no idea at the time that radiation could be detrimental to their health. It is said that Marie would carry tubes of radium in their pockets. She was fascinated by what she described as faint fairy lights. Little did she know this was slowly killing her.

The glowing green radium captivated the public, it would be a key element in early cancer treatment, and would also find its way into everyday products toothpaste with the promise of benefiting teeth and facial creams in the belief that it would for muscles and smooth out wrinkles, the element was so popular that in the 1920s, a single gram of radium costs more than $100,000, well over a million today.

The Curies could have tried to patent radium and cash in big time, But they did it, Murray declared radium is a chemical element, a property of all humans. After their groundbreaking work, it was Pierre, who would be promoted as head of the physics department at the Sorbonne.

Yet he still didn't have a proper lab Pierre complaint in the university relented, however, he would never get his dream of working in a new laboratory, because tragedy struck less than two years after the birth of their second daughter.

On a rainy day in April 1906 Pierre was walking across the Rue Dauphine when he was run over by horse and carriage, he died instantly. Pierre’s father implied that his son's preoccupation with his own thoughts contributed to his death. Marie was offered his academic posts to the south but instead of accepting a widow's pension, she became the first female professor in France, hundreds of people lined up outside the university hoping to attend her first lecture, the period following her husband's death would be the most difficult of her life.

 In 1911, the French Academy of Sciences, the gathering place for prominent scientists rejected her for membership, when she put herself forward for a vacant seat they he passed her over for physicist and inventor, a while from the home, many suspected it was because she was an immigrant and a woman. Despite getting snubbed by the Academy, she went on to win something even greater. Later that year.

 A second Nobel Prize, this time in chemistry for the discovery of polonium and radium, the isolation of radium in the study of the nature of that remarkable element, but the buzz around her was in great, the French press was all over her affair with her husband's former student, physician Paul Langevin, who was married but estranged from his wife.

 She was labeled as a homewrecker and even warned that it might be best if she didn't pick up the prize in person, Curie sank into a deep depression, only to be slowly pulled out, with the support of a fellow scientist, Albert Einstein struck up a friendship with Korea, the first Solvay Conference in 1911.

 He wrote her letter of encouragement during this dark period, I am impelled to tell you how much I've come to admire your intellect, your drive and your honesty. He then told her to pay no mind to the stories in the press, simply don't read that hogwash, Curie went to Stockholm to accept her second Nobel Prize and the headlines about the affair eventually blew over, she would slowly recover, it was in the middle of setting up a giant laboratory under a newly created radium Institute.

 When war broke out as German troops headed toward Paris, she took her stash of precious radium to a bank vault in Bordeux, in southwestern France, the new capital. She also tried to sell her two gold Nobel Prize medals to help the war effort, but the national bank refused to accept them. She would buy war bonds using her prize money, but this self-sacrifice, wasn't enough for her.

She was determined to use her research to save the lives of French soldiers, she had studied the work of German scientist Wilhelm Roentgen, who had discovered X-rays, Curie that brought X-ray machines to the battlefield by inventing mobile units called “Little curries” to help surgeons locate and remove shrapnel and bullets from wounded soldiers.

She and her daughter Irene trained 150 women to drive these little cars and drove on herself. Despite the danger, Curie also oversaw 200 radiological rooms in field hospitals, it's estimated that by the end of the war. Her efforts saved the lives of a million men but may have cost her own.

 Curie knew that overexposure to X-rays would pose risks to her health, but there wasn't any time to improve on safety practices, years later, she would die of a plastic anemia, a blood disease is likely due to exposure to large amounts of radiation over her lifetime.

Despite her humanitarian efforts the French government never gave her any official recognition, whereas she was gaining increasing fame abroad, in 1921, US President Warren Harding invited her to the White House, and gave her a gift of a gram of radium, to aid in her research, the French government was apparently embarrassed by the fact that they gave her no distinctions, so before that trip to DC, they offered her the country's most distinguished honor the Legion d’Honneur,-the Legion honor.

 She declined during her later years, she headed the radium Institute, later the Curie Institute in Paris, and open another in Warsaw, where sister, Bronya became the director. Both remain major research institutions, to this day, she was already in ill health by that. On July 4, 1934 Curie died at the age of 66 at a sanatorium in the town of Passy in eastern France.

 She didn't live to see her daughter Irene, when her own Nobel Prize in Chemistry. A year later, for the artificial creation of new radioactive elements, sharing it with her husband, physicist Frederic Joliot, Curie was buried at a cemetery in Scaux, the suburbs of Paris, where she married, and her husband lay.

 In 1995, both were moved to the Pantheon in Paris, the resting place for many distinguished French citizens like Victor Hugo, Rousseau and Voltaire. Curie was the first woman to be honored in the Pontheon on her own merits, who remains remained radioactive so they were placed in a coffin lined with nearly an inch of lead, even her papers are still radioactive today, anyone who wants to examine them must wear protective gear in sign a waiver.

 Curies tireless work was surpassed only by her fight to overcome the barriers in her way to become one of the greatest scientists of all time. It wasn't only her work that was impressive but also her work ethic.

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Nicolus Copernicus

   Hello friends today we are going to discuss about 10 Best food to boost your brain power and improve memory. You know that how you can affect your body, but what you put in your mouth, also affects your mood, your brain's energy, your memory, and even your ability to handle stress complex problems, or simple daily tasks. So your brain weighs only 2% of your body weight, it consumes 20% of the calories you eat, and the more nutrients you eat, the sharper your brain works.

Hello and welcome to the top10seriz.in we always trying to share with you some authentic and helpful information to day we are going to discuss about 10 Best food to boost your brain power. We pretty sure if you regularly eat this food than you can definitely boost your brain power  So without wasting time lets go to the topic.

10 Best food to boost your Brain Power

1.     Legumes

Mint

Broccoli

Beets

Seeds

Nuts

Quinoa

Avocado

Blueberries

Coconut oil

Coconut oil contains medium chain triglycerides that the body uses for energy leaving glucose for the brain. It also seems to have a beneficial effect on blood pressure, blood sugar and cholesterol, and anything that benefits the heart and circulation also benefits the brain. Coconut Oil acts as an anti-inflammatory and has been linked in the prevention of Alzheimer's and dementia.

While there's no single brain food that can completely protect against age related disorders, paying attention to what you eat gives you the best chances of getting all the nutrients you need for cognitive health.

Eating a healthy balanced diet that includes these 10 brain boosting foods will keep your memory, concentration and focus as sharp as can be.

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  What New Technology will Come in the future

Hey guys, welcome to this session. In this session, we're going to look into the top 10 future technologies. Technology gets better every single year in every single aspect. So now the future technology is coming into play, the way we see the world will completely change.

So in this session, we're going to look into the top 10 technologies, which are changing the world right now. And also some of them would be technologies which are going to come in the future, and again, change the way we look at the world.

Hello and welcome to the top10seriz.in we always trying to share with you some interesting and authentic information. Today we will discuss about what new technology will come in the future. So without waiting lets go to the topic.

And also leave a Comment if you enjoy our content. Now, without any further delays, let's begin with this session.

  # 1. Hyper loop

The Hyper loop is a proposed mode of transportation for passenger. And also. So this was released in 19, brought forward by Robert Goddard, and it was basically that train model or a vacuum train model. This design was taken by the Tesla and Space X joint team under Elon Musk, and they released the plans publicly in the year 2002.

So now it has a lot of disadvantages as soon as a lot of advantages if it comes into play. First, you would need end to end construction and a lot of capital put into only then this would be a reality. But once it is completely done, it would be faster than an aircraft to traverse from point A to point B. But there are a lot of factors to consider before this becomes a reality.

# 2. Self-driving cars

 Self-driving cars, also known as autonomous vehicles, or driverless cars are currently in play, as well as they are also considered a future technology. Why because right now, Tesla is the only company which has successfully done it. But it also has a lot of problems. So basically, self-driving cars are the ones which can sense the environment around it, and basically function without little to no human contact.

So now, when self-driving cars comes into play, and they're implemented perfectly, there are a lot of advantages, harmful, emissions will be reduced, traffic jams will be reduced, the travel time for the average person will also decrease. So when it's perfectly implemented, there are a lot of advantages. But again, there is a lot of work ahead for self-driving cars. And it would be the best future technology if it comes into play.

 # 3. Nuralink

 It is an ultra-high bandwidth mission which is connected to human and with the computers. So basically, it is connected to the brain part of the human. Now, if you're looking into neural link is a company which is basically one of the famous companies in this particular domain. That's why I've taken them as an example. So the main motive of this particular project is to cure neurological diseases like Alzheimer's, dementia, and also insomnia.

But this is not the only purpose. There are also other purposes, like you can connect to your electronic devices, like streaming services, smartphones, and also security systems just using the mission in your brain. Also, it can help us and it can help the scientists a researchers to understand more about the brain, because we don't know a lot about it right now.

If you want to know more about Neuralink you can checkout this article Reason behind Elon Musk Created Nuralink

# 4. Space Tourism

Space tourism is a human space activity for recreational purposes. So there are multiple types of space tourism. One is orbital, suborbital and also Luna to date orbital is the only type of space tourism ever to happen. And it is done by the Russian Space Agency.

So now, what space tourism to become mainstream, they need to make cheaper rockets so that they could send a lot of people to space for recreational purposes. So the major talking points for space tourism is the economy growth, and also a lot of reusable rockets getting made and the faster production of rockets. One more talking point is that the space agencies will get more funding, and they could explore the space even better. So these are the talking points for space tourism, and I'm pretty sure it would be available very, very soon.

# 5.Computer Vision

 Computer Vision is an interdisciplinary scientific field, which looks into how computers can gain and high level understanding from digital images and video. So from an engineering perspective, computer vision is basically aiming to do or emulate or automate what a human eye can already do. But computers can make visual checks faster than human eyes and as we never get tired, there will never be any fluctuations in the performance. Computing machine can be used in various industries ranging from banking, retail, as well as to the medical industry where it is really important.

# 6. Cognitive Computing

 Cognitive Computing technology integrates with various aspects of artificial intelligence such as ML DL, NLP, visual ignition and also sentiment analysis to improve human decision making. To put it simply cognitive computing tries to simulate the human thought process under a complex situation where there are no specific answers, the advantages of cognitive computing follows.

 First you will get an improved customer interaction, and also accurate data analysis or the thought process or the process that you're using to do that is made easy and also complex at the same time. Also, cognitive computing will help you in creating self-learning algorithms, which changes the way we interact with computers.

# 7. Edge Computing

Edge Computing is distributed computing clarity, which basically brings computation and data storage closer to the location where it is needed, basically increasing the response time and also saving bandwidth.

So, the main advantage of edge computing location would be that it could bring more speed and security. So first considering speed, the speed of the data transfer would be over the limit. So that basically means when there is a lot of speed, the data transfer could be done very easily. And in a data centric world.

Like right now, that could mean everything and also, you can basically target popular markets, where you need to be delivered your application with a lot of speed, and also security.

Finally, edge computing and edge locations are already being built by popular cloud providers like AWS and SEO soon this will be a global phenomenon.

# 8. 3d Printing

3d Printing or additive manufacturing is basically the process of creating a three dimensional object from a 3d model. So now, 3d printing can be used for rapid manufacturing and also rapid prototyping. So the talk about the printing basically giving us 3d printed food or 3d printed organs are in the future, not right now, because it is really expensive and the technology is not available right now.

 What is 3d printing, which is existing right now made in an inexpensive and also 3d printing way much faster. In that case, it can be implemented into multiple manufacturing plants, like automobile industry, and that would increase the speed of production of cars or whichever automobiles which are putting 3d printing into.

# 9. 5G

 5G is the Fifth generation mobile broadband beyond LTE, Long Term Evolution or 4G. So the 5G basically is a game changer when it comes to how to improve our network connections were basically providing faster, stable and secure connections. And when 5G comes into play, it will provide high capacity and also ultra-low latency that could basically bring AI and IOT an added advantage, it could make IOT devices even faster.

And also AI or artificial intelligence can be unleashed everywhere across the world, person gaming could be made more immersive. But right now 5g is not available globally, when it is viable globally, that would change the world while providing a faster, stable and really reliable connection.

# 10. Artificial Intelligence

 Artificial Intelligence is the top trending technology in the year 2021 and it would be for a lot of years, because artificial intelligence is basically the foundation for many of the technologies which we discussed in this particular session. AI includes ML, DL, NLP, neural networks and a lot of other technologies under it.

 So the main reason why it is so popular is because AI is everywhere. He is in your mobile phones when you use assistants like Google Assistant, or Siri. And also AI is in every single technology, which are looking into, for example, self-driving cars, smart homes, your security systems, so every single technology needs AI and without it, it might fail or be very slow. So basically, AI is the foundation, and without AI, a lot of technologies won't exist. And that's why it is the number one technology, which I'm talking about. And AI also needs a lot of improvement and once it is at its highest potential, then a lot of technologies will get benefited. And this is the last technology we are going to discuss in this particular session.

So that brings us to the end of the list, and that is the top 10 future technologies. If you think any of the technology should be in this particular list, leave it as a comment down below.

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  Reason behind Elon Musk created Neuralink?

By the end of the year 2030, artificial intelligence will be created that will surpass humans in this will cause very rapid scientific progress, says forecaster Ray Kurzweil, who's also the CTO of Google. According to him, when it comes to inserting chips into people will be able to do really crazy things.

 For example, if any diseases detected, the chip will give us an alert, and we can deal with any COVID at an early stage, we won't need to study in schools and universities because we'll be able to learn anything in an instant, thanks to the fast operation of a chip that will find information and deliver it into our brain in less than a second.

Hello and welcome to the top10seriz.in we always trying to share with you some authentic and interesting topics. Today we will discuss another interesting topic Reason behind Elon Musk create Neuralink. So without waiting lets go to the topic  

 Everything that you'll learn about in this post is based on Kurzweil’s predictions. This man is a genius in the field of scientific prediction, he made 115 completely correct predictions out of 147 in the accuracy of his predictions is 86%.

So according to Ray, immediately after people start having chips implanted in their heads, they'll have endless opportunities thanks to their new cyber body, the neural network will create individual organs and body parts that will be better than human ones. Thus, our lifespans will increase. Thanks to the chip, we can modify our bodies and design them however we want. Remember the movie in the matrix, we can create such worlds simply by lying on the couch in our living room, and playing the chosen one or God with our friends.

 Perhaps we'll even get the opportunity to travel through other people's dreams. Like in the movie inception. While our body is in the real world under a warm blanket, and robots will continuously do the work for us. Humanity will reach a 0% rate of crime because any thief can be identified by finding his job, and the police will not even have to use weapons to neutralize them. Because this can be done at a distance of millions of kilometers.

By giving the chip a command to send a charge of electricity into the criminal’s body, the police can paralyze them, and then, without shooting our casualties, place them under arrest. We have such fast development in the field of science in the first five years after the creation of the neural network, people will be able to colonize other planets and convert them into living zones.

In addition, humanity will achieve an ideal balance in the allocation of resources. The neural network will calculate the amount of food, electricity, water and everything else needed per person, and will live in maximum prosperity. The concept of poverty will remain only a memory from our past sounds like the ideal of communism. Speaking of politics, international relations will become much easier, the neural network will bring the leaders of countries to the most convenient terms of negotiations, and there will be no more conflicts between states. And if the countries unite their territories, then we will begin to live in one country according to a common set of laws.

But every silver lining has a cloud. Of course, a big downside of chips in our brains is advertising. Corporations will spend their resources to get their product promoted in our heads. Advertising will be customized for each individual, depending on where they live their preferences and interests. In moments when we become more receptive to advertising. The chip will emit special impulses to certain areas of the brain and show us the advertisement. But that's not all the chip will become one with you. In turn, your past will also become the property of the main server. What did you get sick from the last time what kind of sex you like why you vote for a certain candidate, and that awkward and shameful memory from your childhood all will not remain a secret life will cease to be intimate because any information will be recorded on the server where the creator of the chip can use it. And it's also possible that the chip will be hacked and fraudulent. Hackers will access all information about a person in their actions, which will lead to an incredible amount of blackmail.

But the downsides don't tend their work will become the privilege of the elite to take a place in any enterprise, you'll need to endure heavy competition because most of the work will be done by robots and vacancies will attract a huge number of people. In addition, it'll be much easier to lose your job because the chips in their system are very quickly updated, and new versions will come out as quickly as new iPhones. No matter how well you do your job. The advantage will remain with your competitors who receive new versions of the chip.

If they attempt to chip all of humanity, then there will be those who will oppose that the world will split into two factions, those who support chipping and those who resist imagine racism, but it will be about whether you have a chip in your head, the concept of chipophobe chipofile and other positive or negative terms on this topic will appear. It was announced at a recent conference by Elon musk that a chip developed by his company Neuralink was successfully implanted into a pig's brain without harm to its health.

 According to Musk, this development will help people suffering from disorders of the brain or spinal cord. In the future, this chip will be improved and its capabilities will expand. But so far, it doesn't even have half of the functions of the final version of the chip predicted by Ray Kurzweil. But in addition to Neuralink, there are other developments for example, brain gate, so called brain implant from cyber kinetics. It's a chip like mechanism that can help control limbs or other body functions.

Thus, people who have problems with mobility will finally be able to move freely. Going even further, the company Nielsen has patented a method that uses brain impulses to find out what a person thinks about a product or advertisement, and thus investigate consumer behavior.

Microsoft already has a patent for a technology that can measure a user's readiness to receive ads. And in the future, the new silicon chips developed in collaboration with the National Research Council, or NRC of Canada will help us to understand how brain cells work under normal conditions, which in turn will give us an understanding of the causes of mental illness, and human taste preferences.

 Nobody understands what these developments will lead to. I still have no idea if I want to implant a chip in my brain when it becomes as common as smartphones. I think if Elon Musk were the first to implant his invention into his head, it would be the best advertisement for his product. What do you think about that? Write your opinion in the comments.

 But before that, I suggest you realize the following thing. According to Elon Musk people have already become cyborgs. We move in machine systems communicate via mobile devices. And every year more and more actions are made for us by readymade devices. The development of neuro chips and biological nano robots will just help us to get old mechanisms at hand. You no longer need a separate computer, your brain will become a computer itself.

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  NICOLA TESLA AND HIS TRAGIC LIFE

When you think about the greatest inventors of all time, there are a few names that come to mind. Henry Ford, the Wright brothers, Thomas Edison, but there is one name that is not as recognizable. When you plug your phone in, turn on the lights or use the refrigerator. You have Nicola Tesla to think.

Hello and welcome to top10seriz.in We always try to share with you some interesting and authentic information. Today we are going to discuss about a great genius which contribution we can’t deny. So without wasting time lets go to the topic.

 This is the story of the forgotten genius, and the story begins at the end. On January 7 1943, a maid working at the New Yorker hotel walked into room 327 where she found the body of an 86 year old man who called the hotel home for the past decade, Tesla died alone and broke. He lived off a diet of warm milk and crackers and was obsessed with feeding the pigeons outside, one of the greatest inventors of all time faded into obscurity and died penniless.

 There is a reason why this happened, which will become clear by the end of this story. Tesla was born in the town of similar in present day Croatia on July 10 in 1856. He was born during a lightning storm. According to family legend, the midwife said halfway through the birth, this child will be a child of darkness to which his mother replied, No, he will be a child of light.

Little did she know how prophetic those words would be. When Tesla was five he witnessed his older brother fall from a horse and later die. This would haunt him for the rest of his life. As a child, he began seeing visions accompanied by flashes of light confusing what was real and what was imaginary. This never went away. The vision spurred his ability to conceive inventions in his head in such detail that he didn't even need to draw them out. He explained how the designs were perfected in his mind in an article in 1919. Invariably, my device works as I conceived that it should in the experiment comes out exactly as I planned it.

In 20 years, there has not been a single exception. Tesla credits his mom for his interest in invention. Juca bondage invented small household appliances in her spare time, she had an eidetic memory the ability to recall an image from memory with high precision and she passed this on to her son, Tesla's father was a priest and wanted him to become one too. But Tesla was interested in engineering when he contracted cholera as a team and nearly died.

His father promised to send him to engineering school if he survived and miraculously he did. He went to study in Austria at the Technical College of grots, where you said to have worked from 3am until 11pm. Every day, professors were worried that he would die from exhaustion. Tesla had a beautiful mind, he could perform calculus in his head and spoke eight languages. He was a good student at the start, but would not finish school. He dropped out after becoming addicted to gambling and cut ties with his family so they wouldn't find out. His friends didn't know what happened to him either. They thought he drowned in a river. Tesla moved around Europe and eventually ended up in Budapest working as an electrician at a telephone company while walking around a park in the city.

One day, he had an epiphany about developing a new way of generating electricity using alternating current, it would be his greatest invention that would change the world. I'll explain more about AC a little later. In 1882, he settled in Paris to work for the French branch of Thomas Edison's Electric Company.

He started off installing indoor lighting but the managers noticed his talents and had him doing more complicated work, designing and building dynamos and motors. He was soon traveling throughout Europe fixing problems that other Edison branches. Two years later, in 1884, Tesla's manager offered him a job at Edison machine works in New York City. He agreed and arrived in America with only four cents in his pocket because his money was stolen on the boat ride over. Tesla initially had a good impression of Edison. Edison was also impressed by Tesla later saying, I have had many hard working assistants but you take the cake.

This mutual admiration didn't last they would become bitter rivals, the two men disagreed over how electricity should be contained and delivered. Edison preferred direct current which is a system where the electric charge only flows in one direction. Tesla was a fan of alternating current in which the electric charge changes direction periodically. changing directions is crucial to maintaining a steady supply of electricity because it does not overpower outlets. This means it can provide more power and transmit power over longer distances. It's the reason AC powers our homes and other large appliances were as DC power is smaller items like flashlights, but Edison didn't care about AC because it could have hurt the sales of direct current since he owned all the patents for DC According to Tesla, a manager at Edison's company offered him a $50,000 bonus if he could improve some machines that ran on DC.

 When he did, the manager refused to pay up. Another account of the story has Edison telling Tesla you don't understand our American humor. Regardless of how it played out, Tesla quit and set off to form his own Electric Company The following year in 1885. But his investors showed little interest and decided to take the company and all of Tesla's patents, which they could do because Tesla had assigned the patents to the company in exchange for stock, which was now worthless.

After losing his company, Tesla had to take a job digging ditches for $2 a day just to survive, but his fortunes would change. In 1887, Tesla invented an induction motor that ran on alternating current, the motor was the most efficient way to convert electricity to mechanical power, a version of it powers Tesla's vehicles which took its name from the inventor, he patented the motor and showed it off the following year at the American Institute of Electrical Engineers that caught the attention of George Westinghouse, a major player in the electric market who realized Tesla's AC motor might just be what he needed to complete his alternating current system and compete against Edison's DC system.

So Tesla licensed the patents for the AC motor to Westinghouse for $60,000. It also received stock in royalties. Westinghouse hired him as a consultant for $2,000 a month, which is the equivalent of over $50,000 a month today, the War of the currents began, Edison tried hard to try to discredit Westinghouse and Tesla.

He secretly financed the electric chair that used alternating current to prove how dangerous AC was Edison's company also publicly tortured animals to prove its point. In 1903. They electrocuted a circus elephant named Topsy and produced a film about it called electrocuting an elephant. Despite Edison's schemes. Good things were happening for Westinghouse and Tesla, they underbid Edison and his newly formed company General Electric to illuminate the World's Columbian Exposition in Chicago in 1893. The first all electric fair celebrated the 400th anniversary of Christopher Columbus's discovery of America.

It was clear to the 27 million people who attended that AC would power the future. Their success continued when they beat out Edison's General Electric again to build the world's first alternating current power plant in Niagara Falls. The hydroelectric power station was a massive success and helped to light up Buffalo New York. The building of the plant also meant Tesla became a pioneer in renewable energy is statute can be found on Niagara Falls today.

Westinghouse and Tesla won the war of the currents and direct current was being phased out. But there were problems. Westinghouse's company was running out of money and eventually went 10 million into debt. In 1897.

He went to Tesla and asked if his royalties could be reduced in a desperate attempt to save the company. Tesla was so compelled by compassion for his friend that he ripped up his contract. He was grateful to Westinghouse for believing in Him when no one else would Tesla willingly walked away from $12 million in royalties, which in today's terms will be worth over 300 million had he held on to those royalties over time, he would have likely become the wealthiest person on the planet in the first person with a billion dollar net worth that act of compassion for his friend of tearing up his contract saved Westinghouse in return Westinghouse paid Tesla $216,000 for the rights to use his AC patents forever. This is the equivalent of about $6 million today.

With that money, Tesla became financially independent and set up a series of laboratories in New York for new projects where he was visited by the rich and famous, including his close friend and one of the greatest American writers of all time, Mark Twain. This was his period of many inventions. He held over 300 patents in his lifetime. He created an early version of neon lighting, the Tesla turbine a bladeless turbine for vehicles, he pioneered X ray technology by experimenting with radiation. This is an X ray of his own hand. Another standout invention was one of the first remote controls.

 In 1898. He controlled a miniature boat at Madison Square Garden in New York. It was so far ahead of its time that the crowd thought he was using magic to make it move. That would be the ancestor to today's remote controlled drones. One of his most well known inventions is the tesla coil, a device that can produce large amounts of high voltage electricity. Because of the coils he discovered he could send and receive powerful radio signals when they resonated at the same frequency.

Tesla was getting ready to broadcast his first radio signal, but disaster struck a fire destroyed his lab in 1895. He lost years of research and equipment. Tesla didn't apply for a patent for the radio until two years later, the fire would be the turning point in his life that led to a downhill spiral. At the same time that he was working on radio and Italian entrepreneur, Guillermo Marconi was also working on the radio in England. He tried to acquire patent rights in the US but was turned down because it was too similar to Tesla's, however, things changed when Marconi was able to send the world's first transatlantic radio message in 1901, using 17 of Tesla's patents, and to send them through his financial support behind Marconi. Tesla had no problem with Marconi his achievements, but in 1904, the US Patent Office suddenly changed its mind and awarded Marconi a patent for the invention of the radio. There has never been a reason given for this decision, but the powerful financial backing Marconi received could explain it.

Marconi went on to win the Nobel Prize in Physics in 1911, which was only possible due to Tesla's work, Tesla was furious and sued Marconi. The case dragged on in court for years and was only settled in Tesla's favor after his death. That radio incident negatively impacted the rest of Tesla's career. For example, Tesla was obsessed with bringing wireless communication to the world and built a huge wireless transmission station in Long Island New York called warden cliff Tower.

He imagined a world where we could send and receive messages wirelessly. He was again well ahead of his time, but financial backers did not have enough faith in his project. They pulled out and banked on Marconi his radio invention instead, this left Tesla in financial ruin, he had no choice but to abandon his dream project in 1905, and eventually lost warden cliff tower to foreclosure.

Tesla's mental health deteriorated. He lived his last decade in the New Yorker hotel beginning in 1933. Westinghouse Corporation hired him as a consultant and paid for his room. He lived rent free, but died in debt. So why did one of the greatest inventors of all time fade into obscurity and died penniless, you could say Tesla wasn't lucky at times, like when the fire burned down his New York lab. But the main reason is because Tesla was not the capitalist, he made decisions that those with more business acumen would not have made such as giving up his royalties for the AC motor. He wasn't concerned about money. He was concerned about the pursuit of science for the betterment of humanity.

He wanted to change the world. And he did. Thanks in part to Elon Musk's company, people are starting to learn more about the man who inspired the company, a man whose inventions would power our entire planet. It's because of Tesla that modern society functions the way it does. Tesla's mother called him a Child of Light, and she was quite right. Thanks so much for watching the story of Nikola Tesla.

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Top 10 rebels in world history

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Welcome to a top10seriz.in the place where you can really find some interesting content. Thanks for choosing to spend some time with us today. As you know, our goal is to provide you with all the facts and figures relating to the biggest and best things in life, from luxury destinations to designer brands and everything in between. That makes up the fabric of a truly elite lifestyle.

One thing that brings society together is a love for entertainment in the form of movies, music and television. Going way back to the era of the Golden Age in Hollywood actors and actresses have been revered as heroes to many across the world, and there's no surprise that with such fame and adoration comes staggering wealth. It's easy to assume that the beautiful celebrities we see on our big and small screens are rich beyond their wildest dreams. But have you ever taken a moment to consider who the real crème are in terms of movie star wealth.